delicious OGC

The OGC Web Services, Phase 4 (OWS-4) Testbed was an initiative of OGC’s Interoperability Program to collaboratively extend and demonstrate OGC’s baseline for geospatial interoperability.

The GEOSS Component and Service Registry includes mechanisms to register components and have them approved by the GEO Secretariat, to register services and associate them with GEOSS-recognized standards -- and special arrangements for implementations using non-recognized approaches. A taxonomy of standards types is also proposed to assist in the discovery and classification of GEOSS service implementations. The GEOSS Standards and Interoperability Registry is a repository for information about standards and other interoperability arrangements that have relevance to the implementation and operation of GEOSS. In the Standards and Interoperability Registers you will find those standards that have been formally adopted for GEOSS, standards that are currently in use by GEOSS components, although not yet formally sanctioned, and standards that are potential candidates for use in GEOSS.

Discussion of why one organization chose to use OGC WMS for data access versus a pre-built tile-cached approach.

This OWS-7 Engineering Report documents the development effort to build a Web Processing Service (WPS) to perform a change detection algorithm on two motion video streams. The report examines the WPS Motion Video Change Detection architecture from various viewpoints in order to describe its purpose, data models, functional decomposition, and interaction between distinct computational components.

The overall scope of this OWS-7 Engineering Report is to clarify how to write and register a WPS profile. WPS profiles enable clients to search and identify equivalent WPS-based processes distributed on the web. Therefore, this ER provides guidelines for designing WPS Profiles based on the OGC WPS interface standard 1.0.0. The reportl especially focuses on the usage of a Feature and Statistical Analysis (FSA) profile for WPS

1999 specification for a POI from Japan. Has lat, lon alt, and horizontal and vertical errors. DTD to specify content.

The SouthEast Alaska MOnitoring Network for Science, Telecommunications, Education and Research (SEAMONSTER) Sensor Web is operating in partially glaciated watersheds on the margin of the Juneau Ice Field. Data from distributed, heterogeneous sensors with irregular sampling rates is integrated in a PostGIS (PostgreSQL with GIS extensions) database. Data discovery, data browsing, the sensor web operation and management, and education and publication are facilitated by the integration of the PostGIS database and Geoserver to deliver dynamically generated geospatial output. Examples of data fusion, modeling and reanalysis of the data using Open Geospatial Consortium (OGC) standards, and present future plans to enhance the testbed nature and capabilities of the SEAMONSTER Sensor Web are given.